How Stuff Works - Roller Coaster on line Quiz Roller Coaster Engineering: Hand out paper and pencil copy for children to use as a research tool. They are give 30 minutes to research the questions in order to score more points.
2-meter (6 foot) long foam tube (1/2" pipe insulation) cut in half lengthwise (Usually, one side of the tube comes perforated, making it easy to use scissors or a utility knife to cut through the perforation and the other side of the tube to form two halves, essentially making two long channels perfectly shaped to hold marbles; thus, one cut tube provides the track material for two groups; see Figures 1 and 2.)
Roller coaster demonstration, the cars move through two tracks. One is a straight track while the other has a loop. The track with the loop wins while the straight track doesn't end at the same time. Great for discussion.
After the first run, the demonstration shows how water remains in the cup while going around the loop. Explain... Determining the drop distance preceding a loop. How much kinetic and potential energy is needed to get a car around the the 360 degree loop?
How Stuff Works - Article: Engineering of Roller Coasters
Roller Coasters
How Stuff Works - Roller Coaster on line Quiz Roller Coaster Engineering: Hand out paper and pencil copy for children to use as a research tool. They are give 30 minutes to research the questions in order to score more points.
Discovery Kids Roller Coasters
Glenco Online Roller coasters
Roller Coaster Math
A fifth grade/six grade class actively building and discussing roller coaster design and building.
Math Worksheet - Word Problems to illustrate:
Materials List (Return to Contents)
Each group needs:
Creating a Loop
Teach Engineering Roller Coaster Plan
Roller coaster demonstration, the cars move through two tracks. One is a straight track while the other has a loop. The track with the loop wins while the straight track doesn't end at the same time. Great for discussion.
After the first run, the demonstration shows how water remains in the cup while going around the loop. Explain...
Determining the drop distance preceding a loop. How much kinetic and potential energy is needed to get a car around the the 360 degree loop?
Day 4:
Start with Article: Story Line - Roller Coasters
1. Transfer of EnergyGravitational Potential EnergyGravitational Potential Energy
Transfer of Energy
2. Label Roller Coasters
3. Graphing Injury Report using Create a Graph
Roller Coaster Simulation Games
Roller Coaster FairDumb Game 15 Levels